author_facet Halbwirth, Heidrun
Fischer, Thilo C.
Roemmelt, Susanne
Spinelli, Francesco
Schlangen, Karin
Peterek, Silke
Sabatini, Emidio
Messina, Christian
Speakman, John-Bryan
Andreotti, Carlo
Rademacher, Wilhelm
Bazzi, Carlo
Costa, Guglielmo
Treutter, Dieter
Forkmann, Gert
Stich, Karl
Halbwirth, Heidrun
Fischer, Thilo C.
Roemmelt, Susanne
Spinelli, Francesco
Schlangen, Karin
Peterek, Silke
Sabatini, Emidio
Messina, Christian
Speakman, John-Bryan
Andreotti, Carlo
Rademacher, Wilhelm
Bazzi, Carlo
Costa, Guglielmo
Treutter, Dieter
Forkmann, Gert
Stich, Karl
author Halbwirth, Heidrun
Fischer, Thilo C.
Roemmelt, Susanne
Spinelli, Francesco
Schlangen, Karin
Peterek, Silke
Sabatini, Emidio
Messina, Christian
Speakman, John-Bryan
Andreotti, Carlo
Rademacher, Wilhelm
Bazzi, Carlo
Costa, Guglielmo
Treutter, Dieter
Forkmann, Gert
Stich, Karl
spellingShingle Halbwirth, Heidrun
Fischer, Thilo C.
Roemmelt, Susanne
Spinelli, Francesco
Schlangen, Karin
Peterek, Silke
Sabatini, Emidio
Messina, Christian
Speakman, John-Bryan
Andreotti, Carlo
Rademacher, Wilhelm
Bazzi, Carlo
Costa, Guglielmo
Treutter, Dieter
Forkmann, Gert
Stich, Karl
Zeitschrift für Naturforschung C
Induction of Antimicrobial 3-Deoxyflavonoids in Pome Fruit Trees Controls Fire Blight
General Biochemistry, Genetics and Molecular Biology
author_sort halbwirth, heidrun
spelling Halbwirth, Heidrun Fischer, Thilo C. Roemmelt, Susanne Spinelli, Francesco Schlangen, Karin Peterek, Silke Sabatini, Emidio Messina, Christian Speakman, John-Bryan Andreotti, Carlo Rademacher, Wilhelm Bazzi, Carlo Costa, Guglielmo Treutter, Dieter Forkmann, Gert Stich, Karl 1865-7125 0939-5075 Walter de Gruyter GmbH General Biochemistry, Genetics and Molecular Biology http://dx.doi.org/10.1515/znc-2003-11-1201 <jats:title>Abstract</jats:title> <jats:p>Fire blight, a devastating bacterial disease in pome fruits, causes severe economic losses worldwide. Hitherto, an effective control could only be achieved by using antibiotics, but this implies potential risks for human health, livestock and environment. A new approach allows transient inhibition of a step in the flavonoid pathway, thereby inducing the formation of a novel antimicrobial 3-deoxyflavonoid controlling fire blight in apple and pear leaves. This compound is closely related to natural phytoalexins in sorghum. The approach does not only provide a safe method to control fire blight: Resistance against different pathogens is also induced in other crop plants.</jats:p> Induction of Antimicrobial 3-Deoxyflavonoids in Pome Fruit Trees Controls Fire Blight Zeitschrift für Naturforschung C
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title Induction of Antimicrobial 3-Deoxyflavonoids in Pome Fruit Trees Controls Fire Blight
title_unstemmed Induction of Antimicrobial 3-Deoxyflavonoids in Pome Fruit Trees Controls Fire Blight
title_full Induction of Antimicrobial 3-Deoxyflavonoids in Pome Fruit Trees Controls Fire Blight
title_fullStr Induction of Antimicrobial 3-Deoxyflavonoids in Pome Fruit Trees Controls Fire Blight
title_full_unstemmed Induction of Antimicrobial 3-Deoxyflavonoids in Pome Fruit Trees Controls Fire Blight
title_short Induction of Antimicrobial 3-Deoxyflavonoids in Pome Fruit Trees Controls Fire Blight
title_sort induction of antimicrobial 3-deoxyflavonoids in pome fruit trees controls fire blight
topic General Biochemistry, Genetics and Molecular Biology
url http://dx.doi.org/10.1515/znc-2003-11-1201
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description <jats:title>Abstract</jats:title> <jats:p>Fire blight, a devastating bacterial disease in pome fruits, causes severe economic losses worldwide. Hitherto, an effective control could only be achieved by using antibiotics, but this implies potential risks for human health, livestock and environment. A new approach allows transient inhibition of a step in the flavonoid pathway, thereby inducing the formation of a novel antimicrobial 3-deoxyflavonoid controlling fire blight in apple and pear leaves. This compound is closely related to natural phytoalexins in sorghum. The approach does not only provide a safe method to control fire blight: Resistance against different pathogens is also induced in other crop plants.</jats:p>
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author Halbwirth, Heidrun, Fischer, Thilo C., Roemmelt, Susanne, Spinelli, Francesco, Schlangen, Karin, Peterek, Silke, Sabatini, Emidio, Messina, Christian, Speakman, John-Bryan, Andreotti, Carlo, Rademacher, Wilhelm, Bazzi, Carlo, Costa, Guglielmo, Treutter, Dieter, Forkmann, Gert, Stich, Karl
author_facet Halbwirth, Heidrun, Fischer, Thilo C., Roemmelt, Susanne, Spinelli, Francesco, Schlangen, Karin, Peterek, Silke, Sabatini, Emidio, Messina, Christian, Speakman, John-Bryan, Andreotti, Carlo, Rademacher, Wilhelm, Bazzi, Carlo, Costa, Guglielmo, Treutter, Dieter, Forkmann, Gert, Stich, Karl, Halbwirth, Heidrun, Fischer, Thilo C., Roemmelt, Susanne, Spinelli, Francesco, Schlangen, Karin, Peterek, Silke, Sabatini, Emidio, Messina, Christian, Speakman, John-Bryan, Andreotti, Carlo, Rademacher, Wilhelm, Bazzi, Carlo, Costa, Guglielmo, Treutter, Dieter, Forkmann, Gert, Stich, Karl
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description <jats:title>Abstract</jats:title> <jats:p>Fire blight, a devastating bacterial disease in pome fruits, causes severe economic losses worldwide. Hitherto, an effective control could only be achieved by using antibiotics, but this implies potential risks for human health, livestock and environment. A new approach allows transient inhibition of a step in the flavonoid pathway, thereby inducing the formation of a novel antimicrobial 3-deoxyflavonoid controlling fire blight in apple and pear leaves. This compound is closely related to natural phytoalexins in sorghum. The approach does not only provide a safe method to control fire blight: Resistance against different pathogens is also induced in other crop plants.</jats:p>
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spelling Halbwirth, Heidrun Fischer, Thilo C. Roemmelt, Susanne Spinelli, Francesco Schlangen, Karin Peterek, Silke Sabatini, Emidio Messina, Christian Speakman, John-Bryan Andreotti, Carlo Rademacher, Wilhelm Bazzi, Carlo Costa, Guglielmo Treutter, Dieter Forkmann, Gert Stich, Karl 1865-7125 0939-5075 Walter de Gruyter GmbH General Biochemistry, Genetics and Molecular Biology http://dx.doi.org/10.1515/znc-2003-11-1201 <jats:title>Abstract</jats:title> <jats:p>Fire blight, a devastating bacterial disease in pome fruits, causes severe economic losses worldwide. Hitherto, an effective control could only be achieved by using antibiotics, but this implies potential risks for human health, livestock and environment. A new approach allows transient inhibition of a step in the flavonoid pathway, thereby inducing the formation of a novel antimicrobial 3-deoxyflavonoid controlling fire blight in apple and pear leaves. This compound is closely related to natural phytoalexins in sorghum. The approach does not only provide a safe method to control fire blight: Resistance against different pathogens is also induced in other crop plants.</jats:p> Induction of Antimicrobial 3-Deoxyflavonoids in Pome Fruit Trees Controls Fire Blight Zeitschrift für Naturforschung C
spellingShingle Halbwirth, Heidrun, Fischer, Thilo C., Roemmelt, Susanne, Spinelli, Francesco, Schlangen, Karin, Peterek, Silke, Sabatini, Emidio, Messina, Christian, Speakman, John-Bryan, Andreotti, Carlo, Rademacher, Wilhelm, Bazzi, Carlo, Costa, Guglielmo, Treutter, Dieter, Forkmann, Gert, Stich, Karl, Zeitschrift für Naturforschung C, Induction of Antimicrobial 3-Deoxyflavonoids in Pome Fruit Trees Controls Fire Blight, General Biochemistry, Genetics and Molecular Biology
title Induction of Antimicrobial 3-Deoxyflavonoids in Pome Fruit Trees Controls Fire Blight
title_full Induction of Antimicrobial 3-Deoxyflavonoids in Pome Fruit Trees Controls Fire Blight
title_fullStr Induction of Antimicrobial 3-Deoxyflavonoids in Pome Fruit Trees Controls Fire Blight
title_full_unstemmed Induction of Antimicrobial 3-Deoxyflavonoids in Pome Fruit Trees Controls Fire Blight
title_short Induction of Antimicrobial 3-Deoxyflavonoids in Pome Fruit Trees Controls Fire Blight
title_sort induction of antimicrobial 3-deoxyflavonoids in pome fruit trees controls fire blight
title_unstemmed Induction of Antimicrobial 3-Deoxyflavonoids in Pome Fruit Trees Controls Fire Blight
topic General Biochemistry, Genetics and Molecular Biology
url http://dx.doi.org/10.1515/znc-2003-11-1201